首页> 外国专利> INSPECTION METHOD OF ELECTRODE ACTIVE FACE WEAR OF WELDED FUEL ASSEMBLY SPACER GRID OF NUCLEAR REACTOR AFTER ELECTRODES REPLACEMENT OR CONVERSION TO DIFFERENT TYPE OF SPACER GRID

INSPECTION METHOD OF ELECTRODE ACTIVE FACE WEAR OF WELDED FUEL ASSEMBLY SPACER GRID OF NUCLEAR REACTOR AFTER ELECTRODES REPLACEMENT OR CONVERSION TO DIFFERENT TYPE OF SPACER GRID

机译:更换或转换为不同类型隔栅后的核反应堆焊接燃料间隔环栅电极活性面磨损的检查方法

摘要

FIELD: physics.;SUBSTANCE: grid field is assembled. During whole welding process it is swaged. Junction points of welding surfaces are detected. Electrodes coordinates and their motion paths during replacement are adjusted. Welding process is carried out by spot welding for every line with missing cells guide channel passing. Wear of electrodes active faces is controlled. During electrodes coordinate adjustment welding spots coordinates slip is evaluated. After welding spots are fixed change in welding spots slip referring to contact coordinate is detected and wear of electrode active faces is evaluated. Evaluated wear of electrode active face is compared to maximum permissible wear level. If wear of electrode active faces is more than maximum permissible wear level welding process is stopped and electrodes are replaced.;EFFECT: automation and quality of welding process are improved.;4 dwg
机译:领域:物理。;实体:网格场被组装。在整个焊接过程中,将其锻造。检测焊接表面的接合点。更换期间,电极坐标及其运动路径将被调整。焊接过程是通过点焊的方式进行的,每条线都有缺失的小孔引导通道通过。电极活动面的磨损得到控制。在电极坐标调整焊接点时,会评估滑移坐标。在固定焊接点后,检测到焊接点的滑移(参考接触坐标),并评估电极活动面的磨损。将电极活动面的评估磨损与最大允许磨损水平进行比较。如果电极活动面的磨损超过最大允许的磨损程度,则停止焊接过程并更换电极。效果:提高焊接过程的自动化和质量。4dwg

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